adc_curr_src = "CMOS-sd"
cq.bc.udp.write(cq.bc.fpga_reg.MASTER_RESET, 0)
ps.set_channel(1, 2.55)
ps.set_channel(2, 2.1)
ps.set_channel(3, 2.25)
ps.on([1, 2, 3])
#### ps.set_channel(1,2.5)
time.sleep(2)
cq.bc.udp.write(cq.bc.fpga_reg.MASTER_RESET, 1)
time.sleep(5)
#Complete ADC configuration: input buffer, SDC, SHA, current source, references, weights)
if (adc_sdc_en):
cq.adc_cfg(adc_sdc="On",
adc_db="Bypass",
adc_sha="Diff",
adc_curr_src=adc_curr_src,
cali=cali,
fn=ref_set_dir)
print("SDC Enabled")
if (cali == "reload weights"):
old_wghts()
else:
cq.adc_cfg(adc_sdc="Bypass",
adc_db="Bypass",
adc_sha="Single-ended",
adc_curr_src=adc_curr_src,
cali=cali,
fn=ref_set_dir)
print("SDC Disabled")
if (cali == "reload weights"):
old_wghts()
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Wed Jul 17 16:54:11 2019
@author: shanshangao
"""
#import numpy as np
from cmd_library import CMD_ACQ
import os
import sys
env = sys.argv[1]
flg_bjt_r = (sys.argv[2] == "BJT")
adc_sdc_en = (sys.argv[3] == "SDC")
cq = CMD_ACQ()
if (adc_sdc_en):
cq.adc_cfg(adc_sdc="On", adc_db="Bypass", adc_sha="Diff", adc_curr_src="BJT-sd", env=env, flg_bjt_r=flg_bjt_r)
else:
cq.adc_cfg(adc_sdc="Bypass", adc_db="Bypass", adc_sha="Single-ended", adc_curr_src="BJT-sd", env=env, flg_bjt_r=flg_bjt_r)